AG = 2.52 m

2

Ci = 0,35 Euro/kWh (valore in caso di 1 collettore solare per sola produzione ACS)

Si = (1x2,52) = 2,52 m

2

Page 2/2

Annex to Solar Keymark Certificate

Licence Number

078-00030

2

Supplementary Information

Issued

2018-03-1

6

Annual collector output in kWh/collector at mean fluid temperature ϑm, based on ISO 9806:2013 test results

Standard Locations

Athens

Davos

Stockholm

Würzburg

Collector name

ϑm

25°C 50°C 75°C 25°C 50°C 75°C 25°C 50°C 75°C 25°C 50°C 75°

C

BAXI SOL250-V

3.084 2.173 1.388 2.324 1.579 961 1.718 1.103 647 1.869 1.194 689

Annual output per m² gross area

1.224 862 551 922 627 381 682 438 257 742 474 274

Fixed or tracking collector

Fixed (slope = latitude - 15°; rounded to nearest 5°)

Annual irradiation on collector plane

1765 kWh/m²

1714 kWh/m²

1166 kWh/m²

1244 kWh/m²

Mean annual ambient air temperature

18,5°C

3,2°C

7,5°C

9,0°

C

Collector orientation or tracking mode

South, 25°

South, 30°

South, 45°

South, 35°

The collector is operated at constant temperature ϑm (mean of in- and outlet temperatures). The calculation of the annual collector

performance is performed with the official Solar Keymark spreadsheet tool Scenocalc Ver. 5.01 (March 2016). A detailed description

of the calculations is available at www.solarkeymark.org/scenocal

c

Additional Informatio

n

Collector heat transfer medium

Water-Glycol

e

Hybrid Thermal and Photo Voltaic collector

N

o

The collector is deemed to be suitable for roof integration

N

o

The collector was tested successfully according to EN ISO 9806:2013 under the following conditions:

Climate class (A, B or C)

A

-

-

Maximum tested positive load

5400

Pa

Maximum tested negative load

2400

Pa

Hail resistance using steel ball (maximum drop height)

35

m

Energy Labelling Informatio

n

Reference Area, Asol (m2) Data required for CDR (EU) No 811/2013 - Reference Area Asol

BAXI SOL250-V

2,52

Collector efficiency (ηcol

)

59

%

Remark: Collector efficiency (η col ) is defined in CDR (EU) N

o

811/2013 as collector efficiency of the solar collector at a

temperature difference between the solar collector and the

surrounding air of 40 K and a global solar irradiance of 1000 W/m²

,

expressed in % and rounded to the nearest integer. Deviating fro

m

the regulation η col is based on reference area (A sol ) which is

aperture area for values according to EN 12975-2 or gross area for

ISO 9806:2013

.

Data required for CDR (EU) No 812/2013 - Reference Area Asol

Zero-loss efficiency (η0 )

0,762

-

-

First-order coefficient (a1)

3,71

W/(m²K)

Second-order coefficient (a2)

0,014

W/(m²K²

)

Incidence angle modifier IAM (50°)

0,95

-

-

Remark: The data given in this section are related to collector

reference area (A sol ) which is aperture area for values according t

o

EN 12975-2 or gross area for ISO 9806. Consistent data sets for

either aperture or gross area can be used in calculations like in the

regulation 811 and 812 and simulation programs

.

A

AE

EN

NO

OR

R I

IN

NT

TE

ER

RN

NA

AC

CI

IO

ON

NA

AL

L,

, S

S.

.A

A.

.U

U.

.

- Génova, 6. - 28004 - Madrid, España - Tel. 91 432 60 00– www.aenor.co

m

Product certification body accredited by ENAC, number 01/C-PR002.078

Qcol = 1.194 kW

h

QU = Qcol/AG = 1.194/2,52 = 473,81 kWh/m

2

I

a

= Ci x Qu x Si = (0,35 x 473,81 x 2,52) = 417,90 €

Itot= n x

I a = 417,90 x 2 = 835,80

€

Poiché la risultante è < di 5.000 €, la somma verrà erogata in una singola rata.

34